JPH076747Y2 - Reaping threshing device - Google Patents

Reaping threshing device

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Publication number
JPH076747Y2
JPH076747Y2 JP1988029406U JP2940688U JPH076747Y2 JP H076747 Y2 JPH076747 Y2 JP H076747Y2 JP 1988029406 U JP1988029406 U JP 1988029406U JP 2940688 U JP2940688 U JP 2940688U JP H076747 Y2 JPH076747 Y2 JP H076747Y2
Authority
JP
Japan
Prior art keywords
handling
sorting
chamber
room
feeder
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
JP1988029406U
Other languages
Japanese (ja)
Other versions
JPH01134427U (en
Inventor
幹雄 高木
浩二 南
Original Assignee
セイレイ工業株式会社
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Filing date
Publication date
Application filed by セイレイ工業株式会社 filed Critical セイレイ工業株式会社
Priority to JP1988029406U priority Critical patent/JPH076747Y2/en
Publication of JPH01134427U publication Critical patent/JPH01134427U/ja
Application granted granted Critical
Publication of JPH076747Y2 publication Critical patent/JPH076747Y2/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

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  • Harvester Elements (AREA)
  • Threshing Machine Elements (AREA)

Description

【考案の詳細な説明】 (イ) 産業上の利用分野 本考案は、走行装置上に、扱室とこの扱室からの扱卸物
を選別する選別室とから成る脱穀選別部を搭載し、該脱
穀選別部の前方側の前後に刈刃と掻込オーガを配設して
なる刈取部を設け、この掻込オーガと前記扱室とをフィ
ーダーハウスで連通し刈刃によって刈取られた刈取物全
量をフィーダーハウスから扱室に供給して脱穀処理する
刈取脱穀装置に関するものである。
[Detailed Description of the Invention] (b) Industrial field of application The present invention is equipped with a threshing / sorting section on a traveling device, the threshing / sorting section including a handling room and a sorting room for sorting unhandled goods from the handling room, Providing a reaping section comprising a cutting blade and a scraping auger in front of and behind the threshing sorting section, and connecting the scraping auger and the handling room at a feeder house to a cut material cut by the cutting blade. The present invention relates to a cutting and threshing device that supplies the whole amount from a feeder house to a handling room to perform threshing processing.

(ロ) 従来の技術 上記のように構成して、刈取物全量のものをフィーダー
ハウスから扱室に供給して脱穀処理するものとしては、
従来のものでは、前下がりに傾斜する扱室の下方に選別
室を配設し回転リールにより掻き込まれながら刈刃で刈
取られた刈取物を扱室に供給して脱穀処理し、その処理
物を選別室で選別するという特開昭63-3716号公報のも
のや、前下がりに傾斜する扱室の後方に選別室を配設し
回転リールによって掻き込まれ刈刃で刈取られた刈取物
を扱室に供給して脱穀処理し、その処理物を選別室にお
いて選別するという特開昭62-3712号公報のものが開示
されて知られている。
(B) Conventional technology As the above-mentioned configuration, in which all of the harvested material is supplied from the feeder house to the handling room for threshing treatment,
In the conventional type, a sorting chamber is arranged below the handling chamber that slopes downward to the front, and the scraped by the cutting blade while being scraped by the rotating reel is supplied to the handling chamber to perform threshing treatment. Japanese Patent Laid-Open No. 63-3716, in which the sorting is performed in the sorting chamber, or a sorting chamber is provided behind the handling chamber that is inclined downward to the front, and the cut material scraped by the rotating reel and cut by the cutting blade is used. Japanese Unexamined Patent Application Publication No. 62-3712 discloses that a product is supplied to a handling room for threshing, and the processed product is sorted in a sorting chamber.

(ハ) 考案が解決しようとする課題 ところで、前記2つの公報に開示されたもののうち、前
者のものは、前下がりに傾斜する扱室の下方に選別室を
配設するというもので、刈取物が扱室内に供給されるま
での受継箇所を少なくするものではあるが、選別室が扱
室の下方という制約された空間に設けられるものである
から、組立の面において難点があり、また、後者のもの
は、前者のものと同様に受継箇所を少なくするものであ
るが、選別室が扱室の後方に配設されて機体の前後長が
大になり機体がコンパクトなものにならないという問題
点がある。このように、両者のものではそれぞれ一長一
短を有しているから、本考案はそのそれぞれがもってい
る短所を払拭することによって、刈取物が扱室に至るま
での受継箇所を少なくして刈取物の停滞による詰まり現
象を解消するものでありながら、構成が簡素で機体のコ
ンパクト化と組立の容易化をはからんとするを目的とし
て案出されたものである。
(C) Problems to be Solved by the Invention By the way, of the two disclosed in the above-mentioned two publications, the former one is that a sorting room is arranged below a handling room that inclines to the front downward direction. However, since the sorting room is provided in a restricted space below the handling room, there is a problem in terms of assembly. Like the former one, the number of inheritance points is reduced, but the problem is that the sorting room is arranged behind the handling room and the front-back length of the machine becomes large, making the machine compact. There is. As described above, since both of them have merits and demerits, the present invention eliminates the disadvantages of the respective ones, thereby reducing the inheritance points until the harvest reaches the handling room. It was devised for the purpose of eliminating the clogging phenomenon due to stagnation, yet having a simple structure, making the airframe compact and facilitating assembly.

(ニ) 課題を解決するための手段 そこで、本考案は、前記の目的を達成させるために、走
行装置上に、扱室とこの扱室からの扱卸物を選別する選
別室とから成る脱穀選別部を搭載し、該脱穀選別部の前
方側の前後に刈刃と掻込オーガを配設してなる刈取部を
設け、この掻込オーガと前記扱室とをフィーダーハウス
で連通し刈刃によって刈取られた刈取物全量をフィーダ
ーハウスから扱室に供給して脱穀処理するものにおい
て、次に記載するような手段を講じたのである。
(D) Means for Solving the Problems Therefore, in order to achieve the above-mentioned object, the present invention provides a threshing machine comprising a handling room and a sorting room for sorting the unloaded goods from the handling room on the traveling device. A sorting section is installed, and a cutting section is provided in front of and behind the threshing sorting section, with a cutting blade and a scraping auger. The scraping auger and the handling chamber are communicated with a feeder house. The following measures were taken in the one in which the whole amount of the harvested material was fed from the feeder house to the handling room for threshing treatment.

即ち、前記選別室を扱室の上方に配設し、フィーダーハ
ウスと扱物を直線的に連通連結して、フィーダーと扱胴
を一体成形するとともに、これらフィーダーハウスと扱
室および刈取部を一体にして上下動可能に構成したので
ある。
That is, the sorting room is arranged above the handling room, the feeder house and the handling object are linearly connected to each other, the feeder and the handling barrel are integrally formed, and the feeder house, the handling room and the cutting section are integrated. It was constructed so that it could move up and down.

(ホ) 作用 このように構成したので、扱胴を回転させればフィーダ
ーハウス内のフィーダーは刈取物の搬送を行なう状態に
なって刈刃で刈取られ掻込オーガで掻き込まれる刈取物
の全量のものは扱胴と一体に成形されたフィーダーによ
りフィーダーハウス内を搬送されて扱室内に入り扱胴の
回転により脱穀処理され、その処理物は揚上されて選別
室で選別されるのである。
(E) Operation With this configuration, when the handling cylinder is rotated, the feeder in the feeder house will be in a condition to convey the cut material, and the entire amount of cut material will be cut by the cutting blade and scraped by the scraping auger. The product is transported inside the feeder house by a feeder formed integrally with the handling barrel, enters the handling chamber, and is threshed by the rotation of the handling barrel, and the processed product is lifted and sorted in the sorting chamber.

また、この刈取作業においてはフィーダーハウスと扱室
と刈取部が一体に上下動して各部の位置関係が変化せず
刈取物の扱室内への供給が円滑に行われ、畦畔越え、或
は路上走行時の登板においてもフィーダーハウスと扱室
と刈取部の一体上動によって容易になるのである。
Further, in this mowing work, the feeder house, the handling room, and the mowing section move up and down as a unit, the positional relationship of each part does not change, and the harvested material is smoothly supplied to the handling room, crossing the ridge, or Even when climbing on the road, the integrated movement of the feeder house, the handling room and the reaping section makes it easier.

(ヘ) 実施例 以下本考案について実施例図を参照し具体的に説明す
る。
(F) Embodiment Hereinafter, the present invention will be specifically described with reference to the drawings.

(a)は左右一対のクローラ(1)(1)を備えた走行
装置で、この走行装置(a)上には選別室(2)と扱室
(3)とをその選別室(2)を扱室(3)の上方にし上
下に配設して成る脱穀選別部(b)が搭載され、この脱
穀選別部(b)の前方側には前後に刈刃(4)と掻込オ
ーガ(5)を配設してなる刈取部(c)が設けられ、掻
込オーガ(5)と扱室(3)はフィーダーハウス(6)
により連通し、(7)と(E)は脱穀選別部(b)の右
側で前後に搭載された穀物タンクとエンジンである。
(A) is a traveling device provided with a pair of left and right crawlers (1) (1), and a sorting chamber (2) and a handling chamber (3) are provided on the traveling device (a). A threshing selection section (b) which is arranged above and below the handling room (3) is mounted, and a cutting blade (4) and a scraping auger (5) are provided in front of and behind the threshing selection section (b). ) Is provided, and the scraping auger (5) and the handling room (3) are provided in the feeder house (6).
And (7) and (E) are a grain tank and an engine mounted in the front and rear on the right side of the threshing selection section (b).

(8)は刈取部(c)の前部上方に取付けた回転リール
で、前記刈刃(4)の前側上方に位置して植立穀稈を刈
刃(4)がわに掻込み、前記の掻込オーガ(5)は円筒
状で矢印(イ)方向に回転するようにして左右方向に横
設され、その左側部と右側部には刈刃(4)によって刈
取られたものをそれぞれ中央部に集合させる螺旋翼
(9)(10)が巻着されるとともに中央部には前側周り
から上側周りにかけては周面から突出し後側周りから下
側周りにかけては退入する掻込杆(11)を具備してい
る。
(8) is a rotary reel mounted above the front part of the mowing section (c), and is located above the front side of the cutting blade (4), and the cutting blade (4) scrapes the planted culm into the arm, The scraping auger (5) has a cylindrical shape and is laid horizontally in the left-right direction so as to rotate in the direction of the arrow (a). The left and right sides of the auger (5) are cut by the cutting blade (4), respectively. The spiral blades (9) (10) to be gathered in the central part are wound around the central part, and the central part protrudes from the peripheral surface from the front side to the upper side and retreats from the rear side to the lower side. ) Is provided.

前記扱室(3)内には矢印(ロ)方向に回転する扱胴
(12)を前後方向に収蔵軸架し、その扱胴(12)の周面
にはスパイラー(13)が巻着されて後方に脱穀物を送り
ながら脱穀処理するように構成され、扱胴(12)の下周
りがわに受網(14)が張設されて扱室(3)を形成して
いる。
In the handling chamber (3), a handling barrel (12) that rotates in the direction of the arrow (b) is mounted in the front-rear direction, and a spiral (13) is wound around the handling barrel (12). It is configured to perform threshing processing while sending threshing to the rear, and a catch net (14) is stretched around the lower circumference of the handling barrel (12) to form a handling room (3).

(15)と(16)は扱室(3)の後部に開口した送塵口
で、この送塵口(15)と(16)の下側には篩線(17)が
設けられ、前記受網(14)とこの篩線(17)の下側には
受網(14)からの漏下物と送塵口(15)から排出された
もののうち篩線(17)を通過したものを受け後部に開口
せる落下口(18)から落下させる受樋(19)が設けられ
ている。
(15) and (16) are dust inlets that are opened at the rear of the handling chamber (3), and sieve lines (17) are provided below the dust inlets (15) and (16). Below the net (14) and this sieve line (17), there is the leaked material from the receiving net (14) and the one discharged from the dust inlet (15) that has passed through the sieve line (17). A gutter (19) for dropping from a drop opening (18) opened at the rear is provided.

前記のフィーダーハウス(6)は、扱室(3)より径小
に形成されるとともにこの扱室(3)の前側に直線的に
連通連結されて、フィーダーハウス(6)内には扱室
(3)に収蔵軸架される扱胴(12)より小径で周面に扱
胴(12)に巻着したスパイラー(13)を延長して巻付け
扱胴(12)と一体に成形したフィーダー(20)を内蔵し
ている。
The feeder house (6) is formed to have a smaller diameter than the handling chamber (3), and is linearly connected to the front side of the handling chamber (3) so that the feeder chamber (6) has a handling chamber (6). 3) A feeder (1) having a smaller diameter than the handling cylinder (12) mounted on the shaft and having a spiraler (13) wound around the handling cylinder (12) on the circumferential surface is extended and formed integrally with the winding handling cylinder (12). 20) built-in.

そして、この一体成形物である扱胴(12)とフィーダー
(20)は角度(α)をもって前下がりの傾斜姿勢にし、
そのフィーダーハウス(6)の前部は前記刈取部(c)
の枠体(21)の後側中央部に連結されている。
Then, the handling cylinder (12) and the feeder (20), which are integrally molded products, are inclined downward at an angle (α),
The front part of the feeder house (6) is the cutting section (c).
Is connected to the rear center of the frame body (21).

前記の選別室(2)内にはフィードパン(22)とチャフ
シーブ(23)およびグレンシーブ(24)からなる揺動選
別板(25)と、フィードパン(22)の下側に圧風ファン
(26)を備え底部に1番物取出樋(27)と2番物取出樋
(28)を設けた選別風路(29)とを上下に配設し、前記
扱室(3)の後方側に横設する横断流ファン(30)の吸
入側に該選別風路(29)の終端側を連通するとともに、
この吸入側には扱室(3)の後部に開口する前記送塵口
(15)と(16)を排塵口(31)を通して連通してある。
In the sorting chamber (2), a swing pan (25) composed of a feed pan (22), a chaff sheave (23) and a Glensieve (24), and a compressed air fan (26) below the feed pan (22). ) And a sorting air duct (29) provided with a No. 1 pick-up gutter (27) and a No. 2 pick-up gutter (28) at the bottom are arranged vertically, and the sorting air duct (29) is located at the rear side of the handling room (3). The cross-flow fan (30) to be installed is connected to the suction side of the sorting air passage (29), and
The dust inlets (15) and (16) opening at the rear of the handling chamber (3) communicate with the suction side through the dust outlet (31).

前記受樋(19)の後部がわから後方にかけては前記落下
口(18)から落下するものと送塵口(16)から排出され
篩線(17)を通過したものを受ける扱卸物を集合する集
合樋(32)が設けられ、その集合樋(32)は揚穀筒(3
3)によって前記フィードパン(22)上に連通させ、1
番物取出樋(27)はスロワー(34)で前記穀物タンク
(7)に、2番物取出樋(28)は落下筒(35)で集合樋
(32)にそれぞれ通じている。
The rear part of the gutter (19) from the rear to the rear collects the items that fall from the drop port (18) and those discharged from the dust port (16) and passed through the sieve line (17). A gathering gutter (32) is provided, and the gathering gutter (32) is a fried cylinder (3
3) Communicate on the feed pan (22) by 1)
The pick-up gutter (27) is connected to the grain tank (7) by the thrower (34), and the pick-up gutter (28) is connected to the collecting gutter (32) by the drop tube (35).

なお、(36)は選別室(2)の前側に設けられた運転席
である。
Incidentally, (36) is a driver's seat provided in front of the sorting room (2).

次に、前記扱室(3)を形成する左右両側壁(37)(3
8)の後部側には支点軸(39)(40)を突設しこの支点
軸(39)(40)を脱穀選別部(b)の両側板(41)(4
2)に固着する支持金(43)(44)に嵌合させて、支点
軸(39)(40)を支点にし前記扱室(3)・フィーダー
ハウス(6)・刈取部(c)および受樋(19)等を一体
にして上下動可能にし前下がりの傾斜姿勢から第1図の
仮想線で示す水平姿勢に変更できるように構成し登坂角
(β)を確保し得るものにしてあって、この支点軸(3
9)(40)を支点とする上下動は油圧装置(図示省略)
等によって行わせるのである。
Next, the left and right side walls (37) (3) forming the handling chamber (3)
8) A fulcrum shaft (39) (40) is provided on the rear side, and the fulcrum shaft (39) (40) is attached to both side plates (41) (4) of the threshing selection unit (b).
It is fitted to the support metal (43) (44) fixed to 2), and the fulcrum shafts (39) (40) are used as fulcrums, and the handling chamber (3), feeder house (6), reaper (c) and receiver A gutter (19) and the like can be moved up and down together to change the tilted posture from the front down to the horizontal posture shown by the phantom line in Fig. 1 so that the climbing angle (β) can be secured. , This fulcrum axis (3
9) Vertical movement with (40) as the fulcrum is a hydraulic device (not shown)
And so on.

また、前記のエンジン(E)から各部への動力伝達手段
は、前記支点軸(39)(40)を通る軸芯に合致させて側
板(42)にベベルギヤ内蔵のボックス(45)を取着しベ
ルト(46)とボックス(45)からの延出軸(47)・ベル
ト(48)を介してエンジン(E)から扱胴軸(49)に伝
達して前記矢印(ロ)方向に回転するようにし、この扱
胴軸(49)の、前端部から一対のベベルギヤ(50)と一
対の平歯車(51)を介して掻込オーガ軸(5a)を矢印
(イ)方向に回転させ、回転リール(8)には掻込オー
ガ軸(5a)からチエン(52)により伝達させている。
Further, the power transmission means from the engine (E) to each part is attached to the side plate (42) with the bevel gear built-in box (45) fitted to the axis passing through the fulcrum shafts (39) (40). The shaft (47) extending from the belt (46) and the box (45) and the belt (48) are transmitted from the engine (E) to the handle shaft (49) to rotate in the arrow (B) direction. Then, the take-up auger shaft (5a) is rotated in the arrow (a) direction from the front end portion of the handling barrel shaft (49) through the pair of bevel gears (50) and the pair of spur gears (51) to rotate the reel. It is transmitted from the scraping auger shaft (5a) to the chain (8) by the chain (52).

したがって、回転リール(8)によって掻込まれる植立
穀稈は刈刃(4)によって刈取られ、その刈取られたも
のは掻込オーガ(5)の螺旋翼(9)と(10)によって
中央部に集合され、中央部のものと一緒になって掻込杆
(11)をもってフィーダーハウス(6)内に送り込みフ
ィーダー(20)でそのまま扱室(3)に供給されて脱穀
処理されるのである。
Therefore, the planted culm that is scraped by the rotating reel (8) is cut by the cutting blade (4), and the cut part is cut by the spiral blades (9) and (10) of the scraping auger (5) at the central part. It is gathered together with the one in the central part and sent into the feeder house (6) with the scraping rod (11) and is fed to the handling room (3) as it is by the feeder (20) for threshing treatment.

そして、受網(14)から漏下したものと送塵口(15)か
ら排出されたもののうち矢印(ハ)のように篩線(17)
を通過したものは受樋(19)の後部に集合されて落下口
(18)から集合樋(32)に落入し、送塵口(15)(16)
から排出され(ニ)のように篩線(17)を通過したもの
も集合樋(32)に落入して合流ののち揚穀筒(339によ
って揚上されて揺動選別板(25)で揺動選別されながら
圧風ファン(26)により起風され選別風路(29)を吹流
する選別風で選別されて1番穀粒は1番物取出樋(27)
からスロワー(34)によって穀物タンク(7)に収納さ
れ、2番物は2番物取出樋(28)から落下筒(35)によ
り前記の集合樋(32)に返され選別室(2)で再度選別
されるようになり、選別室(2)で選別されたあとの藁
屑などの塵埃は横断流ファン(30)の吸入側に(ホ)の
ように吸入されて機外に排出される。
The sieve line (17), as shown by the arrow (c), of the material leaked from the net (14) and the material discharged from the dust inlet (15).
Those that have passed through are gathered at the rear part of the gutter (19), fall into the gathering gutter (32) through the drop opening (18), and the dust sending openings (15) (16)
Those that have been discharged from (2) and have passed through the sieve line (17) fall into the collecting gutter (32) and merge, and then are lifted by the fried cylinder (339 and moved by the rocking selection plate (25). While being oscillated and sorted, the No. 1 grain is the No. 1 picking gutter (27) as it is blasted by the compressed air fan (26) and is sorted by the sorting wind that flows through the sorting air duct (29).
Is stored in the grain tank (7) by the thrower (34) and the second product is returned from the second product take-out gutter (28) to the collecting gutter (32) by the drop tube (35) in the sorting room (2). After being sorted again, dust such as straw after being sorted in the sorting chamber (2) is sucked into the suction side of the cross flow fan (30) like (e) and discharged to the outside of the machine. .

前記の送塵口(15)および(16)から排出された篩線
(17)を通過しない軽量な藁切れは横断流ファン(30)
の吸引作用によって排塵口(31)から(ヘ)のように機
外に排出されるようになるものもあれば(ト)のように
横断流ファン(30)に吸引されて機外に排出されるよう
になる。
A lightweight straw that does not pass through the sieve line (17) discharged from the dust inlets (15) and (16) has a cross flow fan (30).
Due to the suction action of, some of them will be discharged from the dust outlet (31) to the outside of the machine like (f), and some will be sucked to the outside of the machine by the cross flow fan (30) like (g). Will be done.

また、この刈取作業においては油圧装置(図示省略)等
によって支点軸(39)(40)を支点にして扱室(3)・
フィーダーハウス(6)・刈取部(c)および受樋(1
9)等を一体に上下動して各部の位置関係が変化せず刈
取物の扱室(3)内への供給が円滑に行われ、畦畔越
え、或は路上走行時の登坂においてもフィーダーハウス
(6)と扱室(3)と刈取部(c)の一体上動によって
第1図の仮想線に示すように水平姿勢にして登坂角
(β)が確保されるのである。
Further, in this mowing work, the handling room (3) and the fulcrum shaft (39) (40) are used as fulcrums by a hydraulic device (not shown) or the like.
Feeder house (6), reaper (c) and gutter (1
9) etc. move up and down as a unit and the positional relationship of each part does not change, so that the harvested material can be smoothly fed into the handling room (3), and the feeder can be used even when crossing the ridge or climbing on the road. The upward movement of the house (6), the handling room (3), and the mowing section (c) ensures a climbing angle (β) in a horizontal posture as shown by the phantom line in FIG.

さらに、第5図に示したものは、前記のように前下がり
の傾斜姿勢から上動させて水平姿勢への変更に伴ない扱
室(3)内に装着した送塵弁(53)の傾きを変えて扱室
(3)内の脱穀処理物が後方側すなわち送塵口(15)側
に送られにくいようにしてあって、前記支点軸(39)か
ら後方に延出させたアーム(54)の先端と各送塵弁(5
3)の傾きを変える連杆(55)をインナーワイヤー(5
6)で連繋するとともにアフターワイヤー(57)とアフ
ターホルダー(58)を側板(41)がわに取付けるのであ
る。そうすると、刈取作業中に傾斜姿勢から水平姿勢に
したときその姿勢変更に伴なって送塵弁(53)は仮想線
で示すように扱胴(12)の矢印(ロ)方向の回転に対し
て傾斜し送塵口(15)側への送りを阻止するようになっ
て3番ロスを防止することができるのである。
Furthermore, as shown in FIG. 5, the tilt of the dust transfer valve (53) mounted in the handling chamber (3) is increased when the tilted posture is lowered from the front and the posture is changed to the horizontal posture as described above. The threshing-processed material in the handling room (3) is made difficult to be sent to the rear side, that is, to the dust sending port (15) side, and the arm (54) extended rearward from the fulcrum shaft (39) is changed. ) Tip and each dust transfer valve (5
Connect the connecting rod (55) that changes the inclination of 3) to the inner wire (5
6) and connect the after wire (57) and after holder (58) to the side plate (41). Then, when the tilted posture is changed to the horizontal posture during the mowing work, the dust transfer valve (53) is rotated with respect to the rotation of the handle barrel (12) in the direction of the arrow (b) as indicated by the phantom line. By inclining and blocking the feed to the dust inlet (15) side, it is possible to prevent No. 3 loss.

(ト) 考案の効果 本考案は、以上説明したように、走行装置上に、扱室と
この扱室からの扱卸物を選別する選別室とから成る脱穀
選別部を搭載し、該脱穀選別部の前方側の前後に刈刃と
掻込オーガを配設してなる刈取部を設け、この掻込オー
ガと前記扱室とをフィーダーハウスで連通し刈刃によっ
て刈取られた刈取物全量をフィーダーハウスから扱室に
供給して脱穀処理するものにおいて、前記選別室を扱室
の上方に配設し、フィーダーハウスと扱室を直線的に連
通連結して、フィーダーと扱胴を一体成形するととも
に、これらフィーダーハウスと扱室および刈取部を一体
にして上下動可能に構成したのであるから、扱動を回転
させればフィーダーハウス内のフィーダーは刈取物の搬
送を行なう状態になって刈刃で刈取られ掻込オーガで刈
取物の全量のものは扱胴と一体に成形されたフィーダー
によりフィーダーハウス内を搬送されて扱室に入るの
で、刈取物が扱室に供給される過程で受継箇所が少なく
なるばかりでなく、フィーダーハウスと扱室と刈取部が
一体に上下動するので各部の位置関係が変化せず、刈取
物の扱室内への供給が円滑になって搬送途上における停
滞から起こる詰まり現象を解消することができ、また、
フィーダーハウスと扱室を直線的に連通連結してフィー
ダーと扱胴を一体成形し、かつ、これによって、動力伝
達手段もそれぞれに付設するに及ばないから、その構成
は簡素化し機体がコンパクトになる。その上、選別室が
扱室の上方に配設されているので選別室を組成する上に
おいて制約されず組立が容易になる等の効果がある。
(G) Effect of the Invention As described above, the present invention is equipped with a threshing / sorting section including a handling room and a sorting room for sorting unhandled items from the handling room on the traveling device. At the front and back of the front part of the section, there are provided a mowing section in which a cutting blade and a scraping auger are arranged, and the scraping auger and the handling chamber are communicated with each other in a feeder house. In the one for feeding threshing treatment from the house to the threshing process, the sorting chamber is arranged above the handling chamber, the feeder house and the handling chamber are linearly connected to each other, and the feeder and the handling barrel are integrally formed. Since the feeder house, the handling room, and the mowing section are integrated so that they can be moved up and down, the feeder in the feeder house will be in a state of carrying the harvested material by rotating the handling motion. Mowed and cut with auger The entire amount of the objects is conveyed inside the feeder house by a feeder formed integrally with the handling cylinder and enters the handling room.Therefore, not only the number of inherited points is reduced in the process of supplying the harvested material to the handling room, but also the feeder. Since the house, the handling room and the mowing unit move up and down as a unit, the positional relationship of each part does not change, the supply of the harvested product to the handling chamber is smooth, and the clogging phenomenon caused by the stagnation during transportation can be eliminated. ,Also,
Since the feeder house and the handling chamber are linearly connected to each other and the feeder and the handling barrel are integrally formed, and the power transmission means is not attached to each of them, the structure is simplified and the machine becomes compact. . In addition, since the sorting chamber is arranged above the handling chamber, there is no restriction on the composition of the sorting chamber, and there is an effect that the assembly is easy.

【図面の簡単な説明】[Brief description of drawings]

図面は、本考案の実施態様を例示せるものにして、そ
の、第1図は要部を縦断して示した側面図、第2図は同
要部の横断平面図、第3図は第1図のA−A線における
断面図、第4図は扱胴軸から掻込オーガ軸への動力伝達
手段を示した図、第5図は関連説明図である。 a……走行装置、2……選別室、3……扱室 b……脱穀選別部、c……刈取部、4……刈刃 5……掻込オーガ、6……フィーダーハウス、12……扱
胴 20……フィーダー
The drawings show embodiments of the present invention. FIG. 1 is a side view showing a longitudinal section of an essential part, FIG. 2 is a cross-sectional plan view of the essential part, and FIG. FIG. 4 is a cross-sectional view taken along the line AA in FIG. 4, FIG. 4 is a view showing a power transmission means from the handling barrel shaft to the scraping auger shaft, and FIG. 5 is a related explanatory view. a: traveling device, 2 ... sorting room, 3 ... handling room b ... threshing / sorting section, c ... mowing section, 4 ... cutting blade, 5 ... scraping auger, 6 ... feeder house, 12 ... … Handling body 20 …… Feeder

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 【請求項1】走行装置(a)上に、扱室(3)とこの扱
室(3)からの扱卸物を選別する選別室(2)とから成
る脱穀選別部(b)を搭載し、該脱穀選別部(b)の前
方側の前後に刈刃(4)と掻込オーガ(5)を配設して
なる刈取部(c)を設け、この掻込オーガ(5)と前記
扱室(3)とをフィーダーハウス(6)で連通し刈刃
(4)によって刈取られた刈取物全量をフィーダーハウ
ス(6)から扱室(3)に供給して脱穀処理するものに
おいて、前記選別室(2)を扱室(3)の上方に配設
し、フィーダーハウス(6)と扱室(3)を直線的に連
通連結して、フィーダー(20)と扱胴(12)を一体成形
するとともに、これらフィーダーハウス(6)と扱室
(3)および刈取部(c)を一体にして上下動可能に構
成したことを特徴とする刈取脱穀装置。
1. A thresher sorting section (b) comprising a handling room (3) and a sorting room (2) for sorting unhandled goods from the handling room (3) is mounted on a traveling device (a). A cutting section (c) having a cutting blade (4) and a scraping auger (5) is provided in front of and behind the threshing selection section (b). In the one in which the chamber (3) is communicated with the feeder house (6) and the whole amount of the cut matter cut by the cutting blade (4) is supplied from the feeder house (6) to the handling chamber (3) for threshing treatment, the above-mentioned selection The chamber (2) is arranged above the handling chamber (3), the feeder house (6) and the handling chamber (3) are linearly connected and connected, and the feeder (20) and the handling barrel (12) are integrally formed. In addition, the feeder house (6), the handling room (3), and the mowing section (c) are integrally configured to be movable up and down. Threshing equipment.
JP1988029406U 1988-03-04 1988-03-04 Reaping threshing device Expired - Lifetime JPH076747Y2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP1988029406U JPH076747Y2 (en) 1988-03-04 1988-03-04 Reaping threshing device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP1988029406U JPH076747Y2 (en) 1988-03-04 1988-03-04 Reaping threshing device

Publications (2)

Publication Number Publication Date
JPH01134427U JPH01134427U (en) 1989-09-13
JPH076747Y2 true JPH076747Y2 (en) 1995-02-22

Family

ID=31253592

Family Applications (1)

Application Number Title Priority Date Filing Date
JP1988029406U Expired - Lifetime JPH076747Y2 (en) 1988-03-04 1988-03-04 Reaping threshing device

Country Status (1)

Country Link
JP (1) JPH076747Y2 (en)

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS623712A (en) * 1985-07-01 1987-01-09 株式会社クボタ Full straw charging type combine
JPS633716A (en) * 1986-06-23 1988-01-08 ヤンマー農機株式会社 Entire quantity supply type axial flow combine
JPS646842U (en) * 1987-07-01 1989-01-13
JPS6474932A (en) * 1987-09-16 1989-03-20 Mitsubishi Agricult Mach Leaking member device for ordinary type combine

Also Published As

Publication number Publication date
JPH01134427U (en) 1989-09-13

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